The University Centre in Svalbard (UNIS) is hiring a 3-year postdoc under the EU-funded CryoSCOPE project. 📅 Apply by 31 Aug 2025 🚀 Start Feb 2026 📍 Longyearbyen, Svalbard 🔗 jobbnorge.no/en/available-jobs/job/284172/postdoctoral-position-in-glacier-permafrost-interaction

The last weeks we spent preparing the AWS for our @cryoscope.bsky.social field campaigns in Ladakh - apologies to my office mates for the mess 🙃 Everything is working & the shipment arrived in India. We are excited to start our field campaign soon, stay tuned for updates! @harshberia.bsky.social

Upgraded our rainfall collector today; it’s been so hot that the rain samples were warm! Might see evaporation affecting our samples soon 😥 A group of curious tourists asked if they could drink the stream water; maybe not — the cows upstream might be adding a touch of extra nitrogen 😉🐄

We had some great discussions on upcoming fieldwork in Dischma and got a first peek at some fascinating river temperature data

Why do trees preferably transpire winter precipitation? 🌳💦 In our latest commentary we argue that it's not a big surprise but the effect of seasonal differences in soil recharge. onlinelibrary.wiley.com/doi/10.1002/... @canopyinclouds.bsky.social @harshberia.bsky.social @scottallenunr.bsky.social

❄️ Meet CryoSCOPE! A 4-year EU-funded research project uniting 19 partners across 8 countries to better understand snow, glacier and permafrost processes - how they respond to climate change, and how these shifts affect downstream hydrological and biogeochemical cycles.

Our rainfall collector suffered an insect attack, the rain collector was overflowing due to the recent thunderstorm. Nice weather in Dischma! @cryoscope.bsky.social

Successful 3-hr stream sampling during a major weekend storm, will be interesting to trace its signatures in streamflow isotopes. We installed a rain sampler and hosted Zuosinan Chen from @unioulu.bsky.social You can also see @mfhydro.bsky.social hard at work fixing the pipes @cryoscope.bsky.social

The streamflow collection in Dischma worked well in the last 2 weeks. River flow has further increased and I reset the daily sampling to 3-hourly to see any diel fluctuations in streamflow isotopes. #alps @cryoscope.bsky.social

A beautiful day in the Dischma valley, most of the snow has melted out, and river discharge has increased. How much of the snowmelt signal can we still trace in the stream? #isotopes #alpine @cryoscope.bsky.social

Really nice article featuring the cool scientific work led by @mfhydro.bsky.social in Waldlabor

Excited to start our new EU-Horizon project called "CryoSCOPE" to better understand hydrological partitioning in diverse landscapes with @mfhydro.bsky.social baug.ethz.ch/en/news-and-...

Are you a PhD student or postdoc and want to share your great recent work with the Catchment Hydrology community? The AGU TC Catchment Hydrology has you covered: We invite you to share your work via the form below and we'll highlight it on our social media outlets. Don't be shy! Show your work 👍

Excited to announce CryoSCOPE! We are attempting to quantify the complex interactions between the atmosphere, cryosphere, and hydrosphere to constrain hydrological partitioning across cold landscapes. Follow us to stay updated :) www.linkedin.com/posts/harshb...

Most catchments around the world retain a memory of the previous year, driven by nonlinear (hysteretic) storage processes hess.copernicus.org/articles/29/... written with @rosswoodskiwi.bsky.social and others.

Our study on the impact of warm winters on the #CO2 fluxes of evergreen needleleaf forests is now published in #Biogeosciences: bg.copernicus.org/articles/22/... #WinterWarming #CarbonCycle #forests @icos-ri.eu

New research from our faculty Kate Hale (@katehale.bsky.social) and Vrije Universiteit Amsterdam’s Wouter Berghuijs shows how climate change affects river flows in snowy regions across the Northern Hemisphere. Learn more in the Nature publication: www.nature.com/articles/s41...

Variability of flowing stream network length across the US | Science www.science.org/doi/10.1126/...

Snow depths are currently below average almost everywhere. However, as the graph shows, they can still increase even in winters with little snow. Graph: Snow depth trends in the five winters with the least snow on the Weissfluhjoch (including the current winter in 5th place) 🧵 1/3

Nice paper on the isotopic bias introduced by cryogenic vaccuum distillation quantified by rehydration experiments onlinelibrary.wiley.com/doi/full/10....

🧪 Still looking for PhD candidates interested in water fluxes over grasslands and croplands 😉

First post here, our Dischma ISCO sampler sees snow with frozen water samples. How depleted will the isotopes be?